Working with metals to create high-strength welds in pipe and plate in all welding positions, using at least 1 arc process.
Apprentices learn to produce high-strength welds in pipe and plate materials across all welding positions, using at least one arc welding process. Training covers reading and interpreting engineering drawings and welding procedure specifications, selecting appropriate parameters and consumables, preparing materials and joint configurations, and inspecting finished welds for quality and compliance. Safe working practices, including control of welding fumes, fire precautions, and personal protective equipment, are central throughout. Apprentices also develop an understanding of metallurgy sufficient to recognise how heat input affects material properties and weld integrity.
A typical week involves setting up welding equipment, preparing workpieces through cutting, grinding, and fit-up, then welding to approved procedure specifications in positions that may include overhead, vertical, and horizontal-fixed pipe joints. Apprentices check their own work visually and may assist with non-destructive testing such as dye penetrant or magnetic particle inspection. They maintain records of weld parameters, report defects, and keep their work area clean and compliant with site safety rules. Communication with supervisors and quality inspectors is a regular part of the role.
Completing this apprenticeship typically leads to roles such as coded welder, pipe welder, structural welder, or fabricator-welder, with the ability to hold welding procedure qualifications to standards such as BS EN ISO 9606. Employers include oil and gas contractors, nuclear and power generation firms, shipbuilders, structural steelwork fabricators, and pressure vessel manufacturers. Experienced welders can progress to welding inspector, welding supervisor, or move into welding engineering with further qualifications. Coded welders with multi-process skills are consistently in demand across heavy industry.
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Qualified apprentices typically move into roles such as Multi-positional Welder, Coded Welder, or Structural Welder, working across pipe and plate fabrication. Some move directly into specialist positions such as Pressure Vessel Welder or Pipeline Welder, where coded qualifications carry significant weight. Employers often expect newly qualified welders to work independently across all positions, contributing to production schedules and meeting weld procedure specifications from day one.
Within three to five years, experienced welders can progress to Senior Welder or Lead Welder roles, taking responsibility for weld quality checks and guiding less experienced colleagues. Those with a technical interest often move into Welding Inspector or Welding Technician positions, supported by additional qualifications such as CSWIP or PCN certification. Longer term, routes into Welding Engineer, Welding Coordinator, or Welding Supervisor are realistic, particularly for those who build knowledge of weld procedures, materials science, and quality assurance systems.
Demand for coded and multi-positional welders is spread across oil and gas fabrication, nuclear construction, defence manufacturing, structural steelwork, shipbuilding, and pressure systems manufacture. Employers range from large Tier 1 fabrication contractors and specialist sub-contractors to smaller engineering workshops. Both private sector manufacturers and publicly funded infrastructure programmes, including energy and defence projects, rely heavily on this skill set. Roles are found across the UK, with particular concentrations in industrial regions such as the North East, Scotland, and the Midlands.
Learning takes place in a real workplace environment throughout the apprenticeship, with the apprentice building competence in arc welding processes across multiple positions on pipe and plate. Before moving to final assessment, there is a readiness check, commonly called a gateway, at which the employer and training provider confirm the apprentice has the knowledge, skills, and behaviours required for the role. Final assessment then confirms that level of competence independently. Assessment models across many engineering standards are currently being updated, so check the standard's gov.uk page for the current specification before enrolling.
Collecting workplace evidence from the start, rather than leaving it until the end, makes the final stages significantly more manageable. Apprentices should keep records of welds completed across different positions and processes as they progress, noting the materials, techniques, and quality outcomes involved. Working closely with both the employer and training provider to track progress against the standard's requirements ensures there are no gaps when the gateway review takes place. Good record-keeping throughout the programme is far more effective than trying to reconstruct evidence at the end.
Look for providers with dedicated welding workshop facilities, not shared engineering bays used for multiple trades. A strong provider should have up-to-date welding bays equipped for multi-positional work, including overhead and vertical positions, across at least one arc process (MIG, TIG, MMA or flux-cored). Achievement rates above 65% are a baseline; above 75% suggests solid throughput to certification. Employer satisfaction scores on FATP matter here: providers who engage well with employers tend to produce apprentices who understand real production environments, not just training-bay conditions. Check learner reviews for comments on time on tools versus classroom time.
Be wary of providers with high enrolment numbers but declining achievement rates. For this standard, that often points to poor initial skills assessment or under-resourced workshop capacity. Providers who are vague about which arc processes apprentices train on, or who can't confirm multi-positional welding is practised throughout the programme rather than just near end-point assessment, are a concern. Also watch for providers who cannot show recent apprentice completions in comparable production or fabrication settings.
Most employers ask for GCSEs in English and Maths at grade 4 or above, though some accept lower grades if candidates show practical aptitude. A basic understanding of metalwork or engineering is useful but not always mandatory. Apprentices must be employed in a role that gives them genuine exposure to welding work, so the job must involve real arc welding tasks rather than just observation or support duties.
The typical duration for this standard is 38 months. Apprentices remain employed throughout, working and learning at the same time. Some off-the-job training is required, covering welding theory, process knowledge, and practical skills away from normal production duties. The exact off-the-job requirement is subject to change under current Skills England reforms, so check the latest specification on the gov.uk apprenticeship service for the current rules.
Before reaching end-point assessment, the apprentice must pass through a gateway, where the employer, training provider, and apprentice confirm that the required skills and knowledge have been developed. Assessment models for many standards are being reviewed as part of ongoing reforms, so the current approach is set out on gov.uk. In general, the apprentice must demonstrate competence in producing high-strength welds across multiple positions using at least one arc process.
The funding band for this standard is £12,000. Levy-paying employers draw this cost from their digital apprenticeship service account. Smaller employers who do not pay the levy access government co-investment, currently paying 5% of the training cost with the government covering the remainder. Employers with fewer than 50 staff taking on an apprentice aged 16 to 18 pay nothing; the government covers the full training cost.
Day-to-day work involves producing arc welds in pipe and plate across all positions, including overhead and vertical joints, not just the flat position. Apprentices read engineering drawings, prepare materials, set up welding equipment, and check weld quality against specification. They learn to control distortion and heat input, identify defects, and work safely with welding gases, fumes, and high-temperature materials in line with site health and safety requirements.
Qualified multi-positional welders are in demand across oil and gas, power generation, structural engineering, and heavy fabrication. With experience, progression routes include senior welder, welding inspector, or coded welder roles requiring specific procedure qualifications. Some move into welding supervision or quality assurance. Further qualifications such as a Level 4 higher apprenticeship in engineering or industry coding to standards like ASME IX or BS EN ISO 9606 can open more specialist and higher-paid positions.
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Curated by Alex Lockey, FATP founder and editor. Last reviewed: .
Sources include the apprenticeship's official specification on apprenticeships.gov.uk, Skills England guidance, IfATE archive records, DWP funding bands, and provider data sourced directly from the public Apprenticeship Provider and Assessment Register (APAR). Standard reference: 95.
Some sections on this page were drafted with AI assistance from published source data and reviewed by a human editor before publication. See our editorial methodology for how we maintain this content. Spotted something out of date? Tell us.